摘要
针对产品在生产、运输、市场监察和销售过程中假货猖獗、溯源困难的问题,本文研究和设计了基于前后端分离的防伪溯源系统。系统以动态二维码技术为基础,结合当前的主流技术Vue与Spring Cloud框架,使用前后端分离的开发模式,降低了系统的耦合度,提升系统的扩展性,并利用RESTful接口进行数据交互和微服务模块化的设计,为系统的性能和扩展提供了保障。该系统为性能要求较高、安全性要求较好的企业提供了一个长期可用、可维护的防伪溯源平台。
In order to solve the problem of rampant fakes and difficult traceability in the process of the production,transportation,market supervision and sales of products,an anti-counterfeiting traceability system based on front-back stage decoupling is studied and designed.This system is based on the dynamic two-dimensional code technology,combined with the current mainstream technology Vue and Spring Cloud framework,and uses a development model of front-back stage decoupling to reduce the coupling of the system,and improves the scalability of the system.The system uses RESTful interface for data interaction and micro-service modular design,which provides guarantee for the performance and expansibility of the system.The system provides a long-term and maintainable anti-counterfeiting traceability platform for enterprises with high performance requirements and good security requirements.
作者
万燕
张博锐
WAN Yan;ZHANG Borui(School of Computer Science and Technology,Donghua University,Shanghai 201620,China)
出处
《智能计算机与应用》
2020年第7期82-86,共5页
Intelligent Computer and Applications
关键词
防伪溯源
动态二维码
Spring
Cloud
前后端分离
微服务
Anti-counterfeiting traceability
Dynamic two-dimensional code
Spring Cloud
Front-back stage decoupling
Micro-service
